Mohammed Abdul Hameed

Gained practical experience in training and deploying Large Language Models (LLMs) using Google Cloud services such as Vertex AI, PaLM API, and BigQuery ML.
Built and fine-tuned domain-specific LLM pipelines with LangChain and vector stores, improving retrieval augmented generation (RAG) accuracy by 28% in real-time applications.
Designed cloud-native ML architectures to deploy scalable GenAI models, reducing latency and optimizing resource usage across training and inference phases.
Developed proficiency in Google Cloud AI services, deploying scalable LLM applications and improving prototyping speed by 30% using LangChain and PaLM API.

Gained practical experience in training and deploying Large Language Models (LLMs) using Google Cloud services such as Vertex AI, PaLM API, and BigQuery ML., Built and fine-tuned domain-specific LLM pipelines with LangChain and vector stores, improving retrieval augmented generation (RAG) accuracy by 28% in real-time applications., Designed cloud-native ML architectures to deploy scalable GenAI models, reducing latency and optimizing resource usage across training and inference phases., Developed proficiency in Google Cloud AI services, deploying scalable LLM applications and improving prototyping speed by 30% using LangChain and PaLM API.

Achieved an exceptional productivity surge of 95.3% and a precision benchmark of 99.994% by leading a dynamic team of four to pioneer and execute an automated ETL process utilizing Power BI.
Spearheaded collaborative efforts with UI/UX, QA teams, and stakeholders to collect requirements, craft compelling user stories, and define product prerequisites.
Conducted comprehensive market reconnaissance to pinpoint competitors and unearth unique selling propositions (USPs), delivering persuasive presentations to stakeholders, thus shaping the trajectory of competitive market products.
Written SQL queries to dissect voluminous datasets and streamline data preparation for dynamic dashboard visualizations, significantly amplifying decision-making efficacy.
Architected and engineered interactive Power BI and Excel metric dashboards, harnessing sophisticated features like DAX measures, KPI visuals, and ribbon charts.
Crafted polished reports and presentations, elevating insights for esteemed stakeholders and business unit leaders.
Led the creation of process flows, entity-relationship diagrams (ERDs), and exhaustive product documentation, including an innovative Expense Management solution tailored for a discerning US-based clientele.
Contributed substantively to the development of an avant-garde AgriTech ERP solution, meticulously crafting DLD diagrams, ERDs, process flows, and precision-focused product tracking sheets, thus revolutionizing operational efficacy.

Achieved an exceptional productivity surge of 95.3% and a precision benchmark of 99.994% by leading a dynamic team of four to pioneer and execute an automated ETL process utilizing Power BI. This visionary initiative propelled our business unit to surpass targets three months ahead of schedule., Spearheaded collaborative efforts with UI/UX, QA teams, and stakeholders to collect requirements, craft compelling user stories, and define product prerequisites., Conducted comprehensive market reconnaissance to pinpoint competitors and unearth unique selling propositions (USPs), delivering persuasive presentations to stakeholders, thus shaping the trajectory of competitive market products., Written SQL queries to dissect voluminous datasets and streamline data preparation for dynamic dashboard visualizations, significantly amplifying decision-making efficacy., Architected and engineered interactive Power BI and Excel metric dashboards, harnessing sophisticated features like DAX measures, KPI visuals, and ribbon charts. Crafted polished reports and presentations, elevating insights for esteemed stakeholders and business unit leaders., Led the creation of process flows, entity-relationship diagrams (ERDs), and exhaustive product documentation, including an innovative Expense Management solution tailored for a discerning US-based clientele., Contributed substantively to the development of an avant-garde AgriTech ERP solution, meticulously crafting DLD diagrams, ERDs, process flows, and precision-focused product tracking sheets, thus revolutionizing operational efficacy.

Designed and developed a water quality control device using IoT technology.
Developed and maintained technology solutions for clients that met their requirements from analysis to implementation.
Conducted meticulous data cleaning and structuring to enhance data quality and reliability, and analysed data comprehensively to extract actionable insights and trends to forecast future outcomes.
Designed, built, tested, assembled, supported, and configured applications using the required user needs.
Anticipated and resolved business issues with agility.
Conducted research on water quality monitoring techniques and sensor technologies.
Performed Coliform test for water quality using E-coli and known turbidity measurement through the water images taken from the device.

Designed and developed a water quality control device using IoT technology, Developed and maintained technology solutions for clients that met their requirements from analysis to implementation. Performed Coliform test for water quality using E-coli and known turbidity measurement through the water images taken from the device. Designed, built, tested, assembled, supported and configured applications using required user needs. Anticipated and resolved business issues with agility. Conducted research on water quality monitoring techniques and sensor technologies.

Conducted a comprehensive study on various plastic processing techniques & the impact of various parameters (e.g., Melting Temperature, Vent time, Screw speed) using Blow moulding and Injection moulding of a prototype. Researched on study for Process optimization by collaborating with team members to identify parameters which affects the performance of the plastic container. Determined an effective method to formulate a suitable process variable to produce containers in an economical and quality ensured method.